LFTVXO076347REEL

Oscillators

LFTVXO076347REEL is an oscillator that finds its place in a variety of applications areas. Oscillators are electronic circuits that generate a periodic, oscillating signal without any input. Depending on the specific characteristics of the oscillating signal, a variety of different uses can be generated for both scientific applications and everyday use. LFTVXO076347REEL is a low-distortion oscillator, designed to reliably operate in various applications.

Application Field

LFTVXO076347REEL is found in applications such as communication circuit timing, base station clock synchronization, and precision timing sources for special applications. It can also be used in medical electronics, like radiometer systems, research, automotive electronics, and other industrial devices. It is also used in industrial control systems, surveillance systems, and power plant environmental monitoring systems.

The LFTVXO076347REEL is ideal for use in precision timing applications, such as servo systems, Closed-Loop Control, Digital Signal Processing, and other demanding timing requirements. It has an exceptionally low-noise reference voltage output, and excellent drift characteristics.

The internal frequency stability of the device is also very strong, and it can be locked to an external reference for greater flexibility. The device is also well-suited for use in non-precision timing applications, such as frequency synthesizers, clock sources, and portable equipment.

Working Principle

The LFTVXO076347REEL works on the principle of a piezoelectric crystal resonator. A piezoelectric crystal consists of a quartz crystal with electrodes on each side for applying electrical current. When an electrical current is applied to the crystal, it vibrates at a frequency determined by its thickness, width, and material composition. These vibrations can then be used to generate an oscillating signal.

LFTXO076347REEL uses the piezoelectric principle to drive an amplifier, which in turn amplifies the oscillations to generate an output signal. The frequency of the output signal is determined by the frequency of the crystal. This output signal is then used to generate timing signals for various applications.

The device is also capable of performing thermal or pressure compensation. Pressure and temperature variations can cause the frequency of the crystal to drift, but the device can compensate for these variations. This allows the device to maintain a high level of accuracy and stability in a wide range of conditions.